In our previous series of articles (the original link is at the bottom of this article), we analyzed from multiple perspectives including materials, processes, supply chains, and ESG why Apple is adopting titanium alloys on a large scale in consumer electronics, and explained that Apple would further utilize metal 3D printing technology to overcome the … Read more
3D printing of titanium alloys demonstrates significant advantages in the manufacturing of aircraft engine blades, yet its technical challenges still limit the depth and breadth of practical applications. Based on the latest research findings and industry reports, the following are the core challenges and technical bottlenecks in this field:1. Optimization and Stability of Material PropertiesInsufficient … Read more
△The generation process of random pores in Ti6Al4VFull text link: https://www.science.org/doi/10.1126/science.add4667Five, “Nature”: Vision-Controlled Jetting (VCJ) TechnologyResearchers from MIT, the pioneering advanced additive manufacturing solutions company Inkbit™, and ETH Zurich have jointly developed anew 3D inkjet printing system that demonstrates how to use its Vision-Controlled Jetting (VCJ) technology to directly manufacture complex multifunctional systems in a … Read more
3D printing, also known as additive manufacturing, has a unique ability to form complex metal components, which meets the significant demand for lightweight and highly integrated new-generation aerospace equipment, and is expected to replace traditional manufacturing methods to achieve intelligent manufacturing of key components in high-end equipment. However, the application prospects have long been constrained … Read more
Jingu Co., Ltd. Strategic Upgrade: Cash Cow Wheels + New Breakthrough in Robotic Materials Performance Resilience Highlighted: 1. Traditional Business Strongly Generates Revenue: In 2024, the gross profit margin of the main wheel business is expected to rise to 16.17% (+3.14%), firmly resisting the decline of joint venture brands; 2. Profit Inflection Point Erupts: In … Read more